Integration of news into direct social communications and interactions

ABSTRACT

The integration of news about members of a group into symmetrical group communications is described. Group members are delivered news items and information regarding members of the group, and are able to communicate with other members of the group in response to the news items. One embodiment dynamically generates aggregated RSS news feeds for a group of people or entities and correlates that aggregated data with biographical information, audio, and video media to provide rich information about the relevant parties to the news story. The embodiment also provides the capability of transmitting email or other electronic messages to the parties in the news story to facilitate two-way communication while maintaining the group members&#39; privacy and anonymity.

CROSS-REFERENCE TO RELATED APPLICATION

This application is a continuation of U.S. patent application Ser. No.15/889,077, filed on Apr. 5, 2018, entitled “INTEGRATION OF NEWS INTODIRECT SOCIAL COMMUNICATIONS AND INTERACTIONS,” which is a continuationof U.S. patent application Ser. No. 12/488,449, filed Jun. 19, 2009, nowU.S. Pat. No. 9,886,506, entitled “INTEGRATION OF NEWS INTO DIRECTSOCIAL COMMUNICATIONS AND INTERACTIONS,” which claims the benefit ofU.S. Provisional Patent Application No. 61/074,109, filed Jun. 19, 2008,entitled “INTEGRATION OF NEWS INTO DIRECT SOCIAL COMMUNICATIONS ANDINTERACTIONS,” the disclosures of which are hereby incorporated byreference in their entirety for all purposes.

BACKGROUND

Until now, news has been a one way transmission from vendor to reader.When delivered in this format, the news fails to live up to its fullpotential to bring people together and help build dynamic groupcommunication. What is needed is a change in the nature of what news isand is for, and, ultimately, a change in the relationship between theindividual and society.

SUMMARY

This summary is provided to introduce a selection of concepts in a.simplified form that are further described below in the DetailedDescription. This summary is not intended to identify key features ofthe claimed subject matter, nor is it intended to be used as an aid indetermining the scope of the claimed subject matter.

The present application describes the integration of news about membersof a group into symmetrical group communications. Group members both aredelivered news items and information regarding members of the group, andcommunicate with other members of the group in response to those newsitems. One exemplary embodiment dynamically generates aggregated ReallySimple Syndication (RSS) news feeds for a group of people or entitiesand correlates that aggregated data with biographical information,audio, and video media to provide rich information about the relevantparties to the news story. The embodiment also provides the capabilityof transmitting email or other electronic messages to the parties in thenews story to facilitate two way communication while maintaining thegroup members' privacy and anonymity. As a result, news is no longerpicked by someone else, and something that “happens to” you; rather,because news is about those in a group, it becomes participative andinteractive.

A system for aggregating news stories and facilitating communication isprovided. The system comprises a group information store configured tostore information associated with one or more groups, a search parameterstore configured to store search parameters based on information fromthe personal information store, and an aggregated news store configuredto store news retrieved from one or more search engines in response toqueries based on the search parameters.

In other embodiments, a computer-implemented method of adding a newgroup member to a group for news aggregation and communication isprovided. The method comprises, under the control of instructionsexecuted by one or more computer processors: collecting informationidentifying the new group member, storing the collected identificationinformation and ancillary data in a personal information store,determining whether the new group member is acceptable as a member ofthe group, and, if the group member is acceptable, adding information toa group information store to associate the new group member with thegroup.

In other embodiments, a computer-readable medium havingcomputer-executable instructions stored thereon that, if executed by acomputer, cause the computer to perform a method for aggregating newsstories relating to members of a group. The method comprises breaking atarget search parameter into one or more character groups, the targetsearch parameter based on information associated with a group member,combining one or more character groups into a keyword cluster,generating a search query tailored to a specific search engine based onthe keyword cluster, and aggregating results for the search query intoan aggregated news store.

DESCRIPTION OF THE DRAWINGS

The foregoing aspects and many of the attendant advantages of thisinvention will become more readily appreciated as the same become betterunderstood by reference to the following detailed description, whentaken in conjunction with the accompanying drawings, wherein:

FIG. 1 is a block diagram showing an overview of a news aggregation andcommunication system according to various embodiments of the presentdisclosure;

FIGS. 2A and 2B illustrate exemplary tables of information stored in thenews aggregation and communication system shown in FIG. 1;

FIG. 3 illustrates a method for joining a group stored in a newsaggregation and communication system according to various embodiments ofthe present disclosure;

FIG. 4 illustrates examples of the types of data generated when the newsaggregation and communication system shown in FIG. 1 generates searchtent's;

FIG. 5 illustrates a method for generating queries for news aggregationaccording to various embodiments of the present disclosure;

FIG. 6 is a block diagram showing further components of the newsaggregation and communication system shown in FIG. 1;

FIG. 7 illustrates a standard web browser displaying aggregated newsinformation stored in the news aggregation and communication systemshown in FIG. 1; and

FIGS. 8A and 8B illustrate a standard web browser displaying variousembodiments of group communication techniques facilitated by the newsaggregation and communication system shown in FIG. 1.

DETAILED DESCRIPTION Group Formation and Membership

FIG. 1 is a block diagram showing an overview of an exemplary newsaggregation and communication system 100. The system 100 includes a newsaggregation and communication server 102. The server 102 includes agroup information store 104, a personal information store 106, a searchparameter generator 108, a search parameter store 110, and a keywordcluster generator 112. These components collectively store informationabout groups and group members, and generate search terms based on thatinformation. The server 102 submits the generated search terms to one ormore search query builders, depicted as search query builder one 114through search query builder X 116. Each search query builder isconfigured to craft a search query in a format suitable for a givenexternal search engine such as the Yahoo!, Google, and Bing searchengines, for example, depicted as search engine one 92 through searchengine X 94. Using publicly available search engines allows the server102 to utilize varying search formats to find news concerning groupmembers from various sources, such as blogs, news services, web pages,and. RSS feeds available on the internet 96. Once retrieved from thesesources, the news is aggregated and stored in an aggregated news store122.

Embodiments of the present system facilitate the distribution of newsitems to members of a group and enable the group members to thencommunicate amongst each other in response to the distributed newsitems. The group may be composed of any number of individual persons,business entities, etc., who have agreed to be members of the group. Agroup may also be added as a member of a parent group, to helpstreamline management of membership in the parent group. In someembodiments, a person or business entity that registers with the systemmay join several different groups without having to register multipletimes. in some embodiments, it is also possible to establishrelationships between group members. These relationships may simplyindicate a social network association, but they may also indicate a moreinformation-rich association, such as, for example, the fact that onegroup member (an individual) is the CEO of another group member (abusiness entity).

FIG. 2A illustrates one example of a set of information 200 stored aboutindividuals (as opposed to business entities) who have joined a group.In order to join a group, a potential group member provides registrationinformation that identifies the potential group member. For anindividual, this registration information would include the person'sfirst name 204 and last name 206. The registration information alsoincludes contact information, such as an email address 208. Oncesupplied, the email address 208 can be used by the system 100 tocommunicate with the group member. Group members may also have multiplepieces of contact information. For example, an individual may provide anadditional email address 210 and/or a mobile phone number 212 toestablish additional ways the system 100 may send information to theindividual. The system 100 may also store a unique identifier 202associated with each group member.

Ancillary data about a group member may also be collected by the system.This may include, for example, biographical information 214, Web pagelinks 216, or other information not illustrated in FIG. 2A (such aspicture information, video interviews, social network connections, andso on). One reason for collecting this information is to provide othergroup members more detailed information about the group member. Anotherreason for collecting ancillary data about the group member is toprovide additional information from which search terms can be gleaned tominimize the number of irrelevant news stories that are retrieved. Forexample, Group Member #1 (“Jane Doe”) has a common name, but termsgleaned from the ancillary data (such as the city “Chicago” from herbiographical information) may be used to further narrow news storysearches.

FIG. 2B illustrates one example of a set of information 250 stored aboutbusiness entities (as opposed to individuals) who have joined a group.An entity name 254 may be used in place of the first and last name of aperson as identifying information, and one or more email addresses 256,258 of individuals tasked with communicating on behalf of an entity maybe used as contact information, such as the CEO, the public relationsdirector, and so on. Further, an unique identifier 252 may be stored forthe business entity. As with individuals, ancillary information may bestored related to the business entity, such as a stock ticker symbol260, web site 262, and so on. In some embodiments, the registrationinformation of a business entity may be connected with a companybackground document. The registration information for a business entitymay be automatically extracted from a company background document, orthe company background document may submitted and stored as part of theregistration information.

While FIGS. 2A and 2B depict examples of information that may be storedpertaining to group members, the stored information is not limited tothese examples. For example, more than two email addresses may beassociated with a group member, or additional pieces of ancillary datamay be stored. Further, even if an entry for a group member is notcomplete, the system 100 will still function for the group member. Forexample, the entry in FIG. 2A for Group Member #2 is lacking an entry inthe Email Two 210 field, and the entry in FIG. 2B for Group Member #6 islacking an entry in the stock ticker 260 field. The contact informationmay also include data not relating to e-mail, such as phone numbers,instant messaging addresses, voice or video conferencing information,chat room addresses, and the like. Given the sensitive nature of thecontact information, it is generally hidden from display to other groupmembers, even though other less sensitive registration information (suchas the first and last name of the group member or the group member'spicture) may be displayed to the group members.

FIG. 3 illustrates a method 300 by which a new group member may bejoined to a group. From a start block, the method 300 proceeds to block302, where a group server 102 identifies a group to be joined. The groupto be joined may be specified by the new group member, or the groupserver 102 may automatically determine an appropriate group for the newgroup member based on information supplied by the new group member. Forexample, the group server 102 may choose a group for the new groupmember based on the stated nature of the new group member's business.The method 300 then continues to block 304, where the group server 102collects information identifying a new group member (such as a firstname and last name or an entity name) and stores the identificationinformation in a personal information store 106. Next, at block 308, thegroup server 102 collects ancillary data associated with the new groupmember and stores the ancillary data in the personal information store106.

The method 300 then proceeds to block 308, where the group server 102collects relationship information connecting the new group member toexisting group members and stores the relationship information in thepersonal information store 106. As described above, the relationshipinformation may indicate a social network association, but may alsoindicate a more information-rich association, such as, for example, thefact that one group member (an individual) is the CEO of another groupmember (a business entity).

Participating as a member of a group includes not only receivingaggregated news stories and information concerning members of the group,but also involves consenting to receiving communications from othermembers of the group. Since the members of the group have agreed. toreceive communications from other members of the group, it is importantthat only trustworthy individuals are allowed to join and participate inthe group, lest the group members become overwhelmed with unwantedmessages. Hence, group membership may be predicated on the approval ofother members of the group. This may include the approval of a groupadministrator, a majority vote of the rest of the group, or some similaraction. Accordingly, from block 308, the method 300 proceeds to block310, where the group server 102 determines whether the new group memberis acceptable as a member of the group. As outlined above, this couldhappen through facilitating a vote amongst existing group members,through obtaining approval of a group administrator, and so on.

Next, the method 300 proceeds to block 312, where, if the new groupmember is acceptable, the group server adds information to the groupinformation store 104 to associate the new group member with the groupto be joined. The method 300 then proceeds to block 314, where a searchparameter generator 108 queries the personal information store 106 andthe group information store 104 and generates a set of search parametersfor the new group member, storing the generated search parameters in thesearch parameter store 110. Examples of generated search parameters arefurther described below. The method 300 then proceeds to an end blockand terminates.

News Aggregation

Once a group has been formed and group members have been added to thegroup, embodiments of the system 100 collect news stories relating tomembers of the group. As an overview, embodiments of the system searchthe Internet for news stories and blog posts relating to the members ofthe group, and then aggregate the retrieved news stories and blog postsfor simplified presentation to the members of the group. Both theaggregation and presentation of news stories and blog posts are furtherdescribed below. Some embodiments of the system execute these searchesof the Internet using standard search services, such as Google, Yahoo!,MSN Search, and the like, which each provide search results in their ownstandardized faun in response to queries submitted in their ownstandardized query formats.

Embodiments of the system begin generating search parameters byretrieving target search parameters from the search parameter store 110.The search parameters in the search parameter store 110 are generated bythe search parameter generator 108 in a dynamic manner, based on atleast the group member information including the registrationinformation and the ancillary data. In this way, the likelihood ofsearch confusion (that is, the return of search results that are notrelevant to the group members) is minimized. This generation of searchparameters may occur when the group member information is first storedin the system 100, and may occur periodically to update the storedsearch parameters as additional information concerning each group memberis gathered.

Each set of search parameters may then be structured into keywordclusters. Target search parameters obtained from the data source are“cleaned” or “filtered” in order to put them in a state that is morelikely to generate relevant search results when submitted to a searchengine. FIG. 4 shows an example wherein the entity name of Group Member#7 (FIG. 2B) is retrieved from the search parameter store 110 and usedto generate keyword clusters. If the raw entity name of “RetailZoneCompany, Inc.” was used to conduct the search, a search engineconfigured to find instances of each individual word would be unlikelyto return relevant results due to the common nature of the waits“Company” and “Inc.” Accordingly, the system 100 performs furtherprocessing on this name, such as splitting the name into separate words(“RetailZone”, “Company,”, and “Inc.”). The system 100 may also removepunctuation from each word (“Company,” would become “Company”, and“Inc.” would become “Inc”), to help ensure that each search engine wouldproduce consistent results regardless of original punctuation.

The system 100 may also discard portions of the name that, if searchedfor alone, may return results that are not related to the company. Forexample, the system 100 might discard the words “Company” and “Inc”, asthey would be likely to return many irrelevant results due to beingmentioned in many news stories that relate to companies other than thegroup member, but the system 100 would be unlikely to discard the word“RetailZone”, as it is likely to only be used in news stories relatingto the group member.

Once the system 100 has split each name into a number of charactergroups, a unique identifier is assigned to each character group, Theresult of this processing is one or more character group/ID pairs 404based on the target search parameters. These character groups, alongwith their unique identifiers, are then sorted into keyword clusters.For example, all three character groups 23 (“RetailZone”), 37(“Company”), and 43 (“Inc”) may be combined into Keyword Cluster One406.

The system 100 may create supplemental character groups and keywordclusters that are not individual components of the name of the groupmember. For example, the system 100 may create character groups andkeyword clusters that replace portions of the group member's name withlikely substitutes that may be used in a news story other than theactual name. For example, if a person's first name is Edward, the systemmay include an additional keyword of “Ed” or “Ted”. In the example shownin FIG. 4, the system 100 has included character group 47 (“Co”) as acommon alternative spelling of “Company”, and has created KeywordCluster Two 408 to include the alternative.

The system 100 may also create additional character groups and keywordclusters based on other ancillary information stored about the groupmember. For instance, if a company is generally known by another name(such as a d/b/a name or common shortened form, such as substituting“Chevy” for “Chevrolet”) and ancillary information concerning thatalternate name is stored, the system 100 may include character groupsand keyword clusters representing that ancillary information. In theexample shown in FIG. 4, the system 100 has included character group 51(“REZO”) based on the stock ticker 260 for the group member, and hascreated Keyword Cluster Three 410 to include the extra character group.

The system 100 then combines these keyword clusters with search enginecontrol variables in order to prepare queries for submission to searchengines. Queries to search engines often take the form of a speciallyformatted URL, but may also take the form of an XML-based query, aprogrammatic API call, and so on. Formatting of a special URL or anXML-based query may include appending delimiter objects to each keywordcluster and concatenating the keyword clusters with each other. This mayalso include appending search control variables to the query string,such as an indication of the number of results to return, an indicationof a specific date range to search for, an indication of explicit searchoperators, and the like. Embodiments of the system 100 may also includesearch location data with the search query string. This search locationdata may include the current physical location of the group memberassociated with the generated keyword clusters, or may correlate withanother group member using the system.

After the search queries have been generated, the queries are submittedby the search query builders 114-116 to one or more search engines92-94, either one at a time or in parallel. The system 100 assigns aunique identifier to each result set, and ensures that each searchresult contains information about one or more group members. This may belimited to ensuring that the group member associated with the generatedkeyword clusters for which the query was generated. is mentioned in eachresult, but may also include checking for other group members as well.Each search result is then organized into “bins” according to whichgroup member or members it is relevant to. Once the search results havebeen so identified and categorized, they are stored in the aggregatednews store 122 for later presentation in a variety of formats.

FIG. 5 illustrates a method 500 for generating queries for news relatingto members of a group. From a start block, the method 500 proceeds toblock 502, where the keyword cluster generator 112 retrieves targetsearch parameters from the search parameter store 110. Next, at block504, the keyword cluster generator 112 breaks each target searchparameter into character groups and assigns each character group aunique identifier. The method 500 then proceeds to block 506, where thekeyword cluster generator 112 combines the character groups and uniqueidentifiers into keyword clusters. Next, at block 508, the keywordcluster generator 112 supplements the created keyword clusters withadditional keyword clusters. The method 500 then proceeds to block 510,where the keyword cluster generator 112 transmits the set of keywordclusters to one or more search query builders 114. Next, at block 512,each search query builder 114 generates a search query based on thereceived keyword clusters and the requirements of the associated searchengine 92. The method 500 then proceeds to block 514, where the searchquery builders 114 each submit the search queries to an associatedsearch engine, and aggregate the returned results into an aggregatednews store 122. Finally, the method 500 proceeds to an end block andterminates.

Displaying Aggregated News and Facilitating Intra-Group Communication

Once news stories have been generated, aggregated, and stored, they maybe presented to group members in several different ways. One embodimentof the system sends a group member an aggregation of news storiesrelating to all of the members in the group. Another embodiment displaysa list of group members, and following a link associated with a givengroup member will cause a display of a list of all of the storiesrelating to that particular group member. These group member pages mayalso include some of the stored ancillary information about that groupmember, such as the full company name, the biographical information, thepicture information, and the like. The group member pages may alsoinclude data from sources other than the ancillary information or thenews stories concerning the group member, such as the group member'scurrent stock price, the weather at the location of the group member,and so on.

FIG. 6 is a block diagram showing further aspects of the newsaggregation and communication server 102 relating to the presentation ofaggregated news items and the facilitation of communication betweengroup members. Once news items have been gathered, aggregated, andstored in the aggregated news store 122, the news aggregation andcommunication server 102 may make these aggregated news items availableto group members in several ways. As shown in FIG. 6, an XML feedgenerator 124 may be used to deliver aggregated group news items as anXML-formatted data feed. Also, a group page generator 126 may be used todisplay the aggregated group news items to group members when the groupmembers visit a particular web page. Further, an email report generator128 may deliver the aggregated group news items to each group memberwithin an email message. A wide variety of client types 98 may be usedto receive the aggregated group news items, including but not limited tocell phones, laptop computers, desktop computers, PDAs, and so on. Inorder to facilitate communication between group members while preservinggroup member anonymity, the news aggregation and communication server102 also includes an anonymizing communication proxy 130.

FIG. 7 illustrates one example of a page 700 displaying aggregated groupinformation. This page 700 is an example of what Jane Doe (FIG. 2A)might see when she connects to the system 100. The page 700 contains alist of other group members 702. The display of each group member mayinclude a link 704 to navigate to the group member page associated withthe group member and a link 706 to the group member page of any entityassociated with the group member (if available). The page 700 alsocontains a list of aggregated news 708. In this example, news storiesrelevant to each of the group members are displayed. Each news story maybe accompanied. by a link 712 to the original story and a link 710 to acommunication page related to the news story. The communication page isdescribed further below.

This integrated display can be presented via Web site, PDA, cell phone,or via any other communications network with client devices capable ofdisplaying news stories and communicating responses thereto. Forexample, one embodiment of the system may provide a web page which agroup member could connect to in order to browse the aggregation of newsstories. Another embodiment of the system may provide an RSS feedcontaining the aggregation of news stories, and a group member wouldbrowse the aggregation using an RSS reader. Another embodiment of thesystem may deliver the news aggregation, or a summary thereof, to groupmembers via e-mail.

Embodiments of the system allow the group members to communicate withone another once a group member has seen a news story relating toanother member of the group. For example, if Jane Doe browses within thesystem and finds a listing of a story concerning RetailZone Company,Inc., Jane Doe will be able to communicate with RetailZone Company,Inc.—or its CEO, if he is the focus of the news story—using the system.

In some embodiments of the system, neither Jane Doe nor RetailZoneCompany, Inc. will be told the e-mail address of the other party,thereby ensuring the privacy and anonymity of both parties, but stillallowing them to communicate with each other. The anonymity and privacyof the parties can be ensured in several ways. One embodiment of thesystem displays an input form in conjunction with the display of thestory. The group member browsing the story would be able to enter amessage into the form, and the system would deliver the message to thegroup member discussed in the story.

FIG. 8A illustrates one example of a page 800 that facilitatescommunication between group members using a form. One way a group memberwould reach this page 800 is by clicking on the link 710 (FIG. 7)associated with a story in a list of aggregated news stories. The page800 contains a copy of the original story 802, along with a section 804for enabling communication with group members related to the story 802.In this example, the section 804 contains a form for sending relatedgroup members a message. A drop-down list 806 contains a list of groupmembers related to the story 802. These group members may be mentionedthemselves in the story, or may be associated with other group membersmentioned in the story. The section 804 also contains a subject line808, text input box 810, and send button 812 for creating and sending amessage to the selected group member. Through the use of this form,neither the sender nor receiver has to disclose any contact informationto the other party, but the system 100 nevertheless facilitatescommunication between them.

Another embodiment of the system 100 automatically generates ananonymous e-mail address to be associated with each participant in thegroup. The anonymizing communication proxy 130 (FIG. 6) would thenaccept an e-mail using a standard e-mail client addressed to theautomatically generated anonymous address, and would forward thatanonymous e-mail to its intended recipient, based on the e-mail addressprovided upon joining the group.

FIG. 8B illustrates one example of a page 850 that facilitatescommunication between group members using automatically generatedanonymous email addresses. As in the previous example, the page 850contains a copy of the original story 802, along with a section 852 forenabling communication with group members related to the story 802. Thesection 852 contains a list of names 806 of group members related to thestory 802, along with links 808 for sending email to anonymous emailaddresses associated with the group members using a standard emailclient. In this example, the system 100 has determined that Joe Barnes,Stu Barnes, Jill Smith, and RetailZone General Inquiry Email are allgroup members who are associated with the story 802. Joe Barnesregistered his email address with the system as “Joe@retailzone.com”(FIG. 2A). The anonymizing communication proxy 130 automaticallygenerated an anonymous email address of “anon1082375@stratnews.com” tobe associated with Joe Barnes. When a sending user clicks the link 808to send Joe Barnes an email, the sending user will only see the“anon1082375@stratnews.com email address. Once the anonymizingcommunication proxy 130 receives the email, it resolves the anonymousemail address to the registered email address of the associated groupmember, and forwards the email to the registered email address.

This technique may also be used to allow the sending user to concealtheir email address as well. The sending user may configure their emailclient to use a previously generated. anonymous email address stored inthe system 100 as the sender address, or the anonymizing communicationproxy 130 may detect the identity of the sending group member andreplace the sending group member's address in the email with the sendinggroup member's associated anonymous email address.

Although a system that facilitates communication through e-mail hasprimarily been discussed. some embodiments are capable of supportingcommunication between group members via other communication media. Forexample. in an embodiment of the system where the group member contactinformation included a phone number, the system may supportcommunication between group members via telephone. This may also includeeither displaying or hiding the phone numbers of the respective parties,and may also include a corresponding video feed. Other embodiments cansupport communication via audio or video conferencing, SMS, VoIP,instant messaging, chat, and the like.

While illustrative embodiments have been illustrated and described, itwill be appreciated that various changes can be made therein withoutdeparting from the spirit and scope of the invention. As a nonlimitingexample, the components and data stores illustrated may reside on thesame physical device, or may be spread across multiple devices. Asanother nonlimiting example, the described functionality of a givencomponent may be contained within a single component, spread acrossmultiple components, or combined with the functionality of othercomponents.

1. A system, comprising: one or more processors; and memory storinginstructions executable by the one or more processors to cause thesystem to: perform a method to add a member to a group of members,wherein performance of the first method comprises obtaining ancillaryinformation about the member, storing the ancillary information inassociation with an identifier of the member; storing information toassociate the member with the group of members, and stores a set ofsearch parameters for the group member with other search parameters forother members of the group; use the set of search parameters and theother search parameters to submit queries to identify, from externalsources, instances of content about members of the group; and as aresult of the member being in the group, indicate the identifiedinstances of content to the member.
 2. The system of claim 1, whereinthe method comprises performing operations to determine whether themember satisfies a set of conditions for joining the group and whereinadding the member to the group requires satisfaction of the set ofconditions.
 3. The system of claim 1, wherein the instructions arefurther executable to generate the queries by at least generatingmultiple keyword clusters for a search parameter.
 4. The system of claim1, wherein the instructions are further executable to populate a userinterface to simultaneously identify members of the group and items ofcontent identified by submission of the queries.
 5. The system of claim1, wherein the instructions are further executable to provide a userinterface configured to, as a result of selection of a content itemidentified for the group, provide for selection a set of members of thegroup and enable composition of an electronic message to the selectedset of members of the group.
 6. The system of claim 1, wherein theinstructions are further executable to provide a user interfaceconfigured to, as a result of the group member's selection of a contentitem identified for the group, provide the content item and enablecommunication about the content item with at least one other member ofthe group.
 7. The system of claim 6, wherein the user interface isprovided by transmitting a web page.
 8. The system of claim 1, whereinthe instructions are further executable to, as a result of selection ofa content item, determine a set of members of the group related to thecontent item and enable communication to the set of members.
 9. Thesystem of claim 1, wherein the instructions are further executable togenerate a search query based at least in part on the ancillaryinformation to identify the instances of content.
 10. The system ofclaim 1, wherein the instructions are further executable to obtainadditional information about members of the group and update the searchparameters according to the obtained additional information.
 11. Thesystem of claim 1, wherein the instructions are further executable tonormalize identifiers of members of the group for use in searchparameters.
 12. The system of claim 1, wherein at least some of thequeries are formatted as programmatic API calls.
 13. The system of claim1, wherein the instructions are further executable to assign uniqueidentifiers to search result sets that identify the instances ofcontent.
 14. The system of claim 1, wherein the instructions are furtherexecutable to ensure that search result sets identifying the instancesof content contain information about one or more group members.
 15. Thesystem of claim 1, wherein the instructions are further executable toorganize instances of content into bins according to which member ormembers of the group are mentioned in the instances of content.
 16. Thesystem of claim 1, wherein the instructions are further executable togenerate the queries to be submittable to different search engines withdifferent formatting requirements.
 17. The system of claim 1, whereinthe instances of content are news stories.
 18. The system of claim 1,wherein the instructions are further executable to selectively anonymizecommunications among group members.
 19. The system of claim 1, whereinthe instructions are further executable to provide an interface throughwhich data about the group members is displayed with instances ofcontent.
 20. The system of claim 1, wherein instructions are furtherexecutable by the one or more processors to cause the system to break atarget search parameter into character groups and assign the charactergroup a unique identifier.